DELTA6A/X/SMAM/S/S/11

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The DELTA6A/X/SMAM/S/S/11 is a type of RF Antenna that has an extensive range of application fields and a relatively simple working principle. To understand how the DELTA6A/X/SMAM/S/S/11 works it is necessary to have an understanding of how basic RF antennas work, and what they are used for.

Basic RF Antennas

RF antennas are used to pick up electromagnetic (EM) waves of a specific frequency or range of frequencies that have been transmitted. It is important to note that all objects that emit or reflect EM waves act as antennas of a kind, similarly to how water droplets capture the light waves that hit them. However, RF antennas are specifically designed to receive, or transmit, a very specific frequency or set of frequencies, and are made to be highly directional (focused on an exact spot) or omni-directional (capable of receiving from all directions).

There are a few key parts to any RF antenna. The antenna can either be an active one (meaning it amplifies the waves that it collects) or a passive one (meaning it does not amplify, just collect waves). It will have an antenna harmonic element for converting EM waves into an alternating current (AC) signal, and low driver impedance to collect the AC signal from the EM waves. The antenna will then have a rectangular array to collect the waves and create the desired field pattern. The field pattern is the directional range that the antenna is focusing in on to receive EM waves.

The DELTA6A/X/SMAM/S/S/11 RF Antenna

The DELTA6A/X/SMAM/S/S/11 is a type of RF antenna that has a wide application field. It is a high-performance active antenna that is capable of receiving a wide range of frequencies and has a design optimized for bridging solutions and multi-antenna arrays. It is perfect for applications where a narrow directional field is desired, such as radar scanning, satellite communications, and spectrum analysis.

The DELTA6A/X/SMAM/S/S/11 has a simple working principle - EM waves of the desired frequencies are received into the antenna’s harmonic element, converted into an AC signal, and then collected by the driver impedance. The AC signal then passes through the rectangular array, which creates a controlled field pattern, and focuses it in on a chosen direction. This allows the DELTA6A/X/SMAM/S/S/11 to receive only waves coming in from the direction it has been set to receive from.

Overall, the DELTA6A/X/SMAM/S/S/11 can be used in a variety of applications due to its wide frequency range and high-performance, directional design. The simple working principle of the DELTA6A/X/SMAM/S/S/11 makes it a great choice for a variety of RF antenna solutions.

The specific data is subject to PDF, and the above content is for reference